SSDF1610

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SSDF1610 is a force transducer used for force measurement, specifically compression, tension and bending forces.

These force transducers are based on a strain gauge Wheatstone bridge principle. Two strain gauges are mounted in series on a stainless steel diaphragm. Upon application of force, the diaphragm will flex thus causing the strain gauges to be strained in proportion to the applied force. This strain is converted to an electrical signal which is proportional to the force applied.

The SSDF1610 is designed for use in measurements of compressive and tensile forces on camshafts, pistons, shafts, gears, bearings and other mechanical components, or in any application where the measurement of compressive or tensile forces is required. The SSDF1610 is ideal for use in environment where space and accuracy are both primary considerations. The transducer is only 10mm in diameter and 12.7mm in length and highly accurate with a non linearity of 0.15%. It offers excellent resolution of 0.1% of full scale.

The SSDF1610 is suitable for integration with a wide variety of data loggers, test systems and gauging instrumentation. The signal conditioning requirements are minimal, as the bridge is already balanced and amplified with a nominal 4mV/V output.

The SSDF1610 is available operating in both DC and AC 12V – 24V power supplies. The output voltage is amplified to 8mV/V. The transducer has active bridge regulation to minimise the effect of temperature on the transducer, which in turn improves accuracy. In addition, the transducer is protected by an integral 6-position switch for quick and easy serviceability.

The SSDF1610 is suitable for applications involving shock, vibration and high temperature ranges. It is designed to withstand extreme environments, such as heat, humidity and dust as well as EMI and RFI emissions.

In conclusion, the SSDF1610 force transducer is a useful tool for measuring compressive and tensile forces in applications requiring space and accuracy constraints. It has a wide operating range, is protected by an integral switch and provides a reliable 8mV/V output.

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